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Anyone else dealing with this specific Fortnite ban loop? Need some eyes on this.
Been around the scene long enough to know how this goes, but this latest scenario has me scratching my head. Running on a Lenovo laptop, and for the last while, I have been maintaining a cycle: fresh OS install, manual BIOS serial/UUID flashing via official tools, cycling NVMe drives, and nuking MAC addresses at the router and adapter level. When I play legit, I can grind for hours without a whisper from the anti-cheat.
The Issue:
As soon as I inject a paid internal, I get flagged within a few matches, even while playing like a complete bot.
My technical breakdown of the state:
The Debate:
Is this a classic case of the cheat being signature-detected, or is there a persistent hardware identifier I am missing that only triggers once the loader hooks the game process? I have had devs tell me it is user-error, but the fact that I can play for hours legit makes me doubt that. If the bypass were truly failing, I would get hit at the menu or within minutes of joining, not after a few rounds of movement.
Could the loader be leaking my original HWID through a specific registry key or WMI query that only fires when the DLL is mapped? Or is the anti-cheat just flagging the modified BIOS strings if they do not match a legitimate Lenovo factory output?
Note: I am not naming the provider, just trying to figure out the technical logic here.
Boys, have any of you experienced this "legit-works-but-cheat-dies" behavior recently? Is it possible the anti-cheat is doing a deeper scan on the memory space of the loader/injector specifically, rather than just raw HWID scanning?
Drop your thoughts below—if anyone has advice on how to verify if my current spoofing is actually covering the specific serials the game is grabbing during the injection phase, let me know.
Been around the scene long enough to know how this goes, but this latest scenario has me scratching my head. Running on a Lenovo laptop, and for the last while, I have been maintaining a cycle: fresh OS install, manual BIOS serial/UUID flashing via official tools, cycling NVMe drives, and nuking MAC addresses at the router and adapter level. When I play legit, I can grind for hours without a whisper from the anti-cheat.
The Issue:
As soon as I inject a paid internal, I get flagged within a few matches, even while playing like a complete bot.
My technical breakdown of the state:
- Environment: Lenovo hardware, OpenWRT router with custom MAC, spoofed USB enclosures/drives.
- Legit Play: Zero issues, meaning the base HWID spoofing for the OS/Network stack is likely holding up against the standard heartbeat.
- Injected Play: Instant detection despite minimal gameplay/non-rage settings.
The Debate:
Is this a classic case of the cheat being signature-detected, or is there a persistent hardware identifier I am missing that only triggers once the loader hooks the game process? I have had devs tell me it is user-error, but the fact that I can play for hours legit makes me doubt that. If the bypass were truly failing, I would get hit at the menu or within minutes of joining, not after a few rounds of movement.
Could the loader be leaking my original HWID through a specific registry key or WMI query that only fires when the DLL is mapped? Or is the anti-cheat just flagging the modified BIOS strings if they do not match a legitimate Lenovo factory output?
Note: I am not naming the provider, just trying to figure out the technical logic here.
Boys, have any of you experienced this "legit-works-but-cheat-dies" behavior recently? Is it possible the anti-cheat is doing a deeper scan on the memory space of the loader/injector specifically, rather than just raw HWID scanning?
Drop your thoughts below—if anyone has advice on how to verify if my current spoofing is actually covering the specific serials the game is grabbing during the injection phase, let me know.
